A 10-year-old child was admitted with full-thickness burns affecting more than 15% of the child’s body surface. What manifestations of hypovolemic shock would you observe for over the next 48 hrs? Select all choices that apply:
Rapid pulse.
Decreased B/P.
Pallor.
Flushed Face.
Correct Answer : A,B,C
Choice A rationale
Rapid pulse is a common manifestation of hypovolemic shock. When the body experiences a significant loss of fluid, such as in severe burns, the heart rate increases in an attempt to maintain adequate blood flow and oxygen delivery to the body’s tissues.
Choice B rationale
Decreased blood pressure is another typical sign of hypovolemic shock. As the body loses fluid, the volume of blood circulating through the body decreases. This drop in blood volume leads to a decrease in blood pressure.
Choice C rationale
Pallor, or paleness of the skin, can occur in hypovolemic shock. This happens because the body prioritizes sending blood to vital organs like the heart and brain, which can result in less blood flow to the skin, causing it to appear pale.
Choice D rationale
A flushed face is not typically associated with hypovolemic shock. In fact, the skin may actually appear pale or cool due to reduced blood flow.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A rationale
Bending forward from the waist with the head and arms downward, also known as the Adams forward bend test, is the standard screening test for scoliosis.
Choice B rationale
Touching the chin to the chest and then looking up at the ceiling does not provide a view of the spine necessary for scoliosis screening.
Choice C rationale
Lying prone on the examination table is not a standard position for scoliosis screening.
Choice D rationale
Turning to the side and remaining in a relaxed position is not a standard position for scoliosis screening.
Correct Answer is ["3.125"]
Explanation
The child weighs 22 lb, which is approximately 10 kg (since 1 kg is approximately 2.2 lb).
The prescribed dose of acetaminophen is 10 mg/kg. Step 1 is: Calculate the total dose of acetaminophen for the child. This is done by multiplying the child’s weight in kg by the prescribed dose in mg/kg. 10 kg×10 mg/kg=100 mg The available acetaminophen liquid is 160 mg/5 mL. Step 2 is: Calculate the volume of acetaminophen liquid to administer. This is done by setting up a proportion with the total dose of acetaminophen and the concentration of the available liquid. x mL100 mg=5 mL160 mg Solving for x gives: x=160 mg mg×5 mL=3.125 mL Therefore, the nurse should administer approximately 3.125 mL of the acetaminophen liquid. .
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